The new arrangement, in comparison to Oxford triplets and Russian quadruplets, theoretically allows operating in regimes with considerably higher density of ion current.
For amorphous poly 1- trimethylsilyl -1-propyne) (poly 1- trimethylsilyl -1-propynels could be poly 1- trimethylsilyl -1-propyneer density (1.22 g cm−3) than measured for respoly 1- trimethylsilyl -1-propyne
From Figure 2, it is evident that young leaves (panels C and D) carry considerably higher density of trichomes than older leaves (panels E and F).
These high expression levels indicate a much higher capacity to produce artemisinin precursors in flower buds and young leaves, which is partly due to the considerably higher density of trichomes on these tissues.
Thus we expect a considerably higher density of hydrated charged groups per unit area of interaction for the Agg when compared with the HA layers, and this may well account for the much more efficient Agg versus Agg lubrication relative to HA versus HA lubrication.
Since considerably high densities of LINE-1 repeats also appear in various autosomal regions not known to exhibit allelic differences in gene expression, the role of LINE-1 repeats in the mechanism initiating allelic functional asymmetry seemed doubtful [ 47].
This aspect may influence the prevalence of hyperopia in places where there is a considerably high density of Chinese ethnicity when compared to the native population, as in Durban and Gombak [ 17, 36].
Reduced ohmic and over-potential losses also allow for considerably higher current densities and more compact designs.
The proton exchange membrane (PEM) electrolyzer, which uses a polymer-based Nafion proton conducting membrane and has a working temperature of about 90 °C, can operate at considerably higher current densities than the alkaline cell and, therefore, can be more compact, but its conversion efficiency is lower on the order of 56%.
For photoelectrochemical (PEC) cells, a few-layer flake photoelectrode yielded a considerably higher photocurrent density (930 μatcm2 at 0.2 V) than a MoS2 thin-film photoelectrode (360 μatcm2 at 0.2 V) due to the former's high density of active sites, slow intraband relaxation rate from excitonic states, and low defect density.
